Serial buffering to wrap a Reader. More...

Inheritance diagram for byteme::SerialBufferedReader< Type_, Pointer_ >:

Collaboration diagram for byteme::SerialBufferedReader< Type_, Pointer_ >:

Public Member Functions
	SerialBufferedReader (Pointer_ reader, std::size_t buffer_size)

Public Member Functions inherited from byteme::BufferedReader< Type_ >
bool	advance ()

Type_	get () const

unsigned long long	position () const

bool	valid () const

std::pair< std::size_t, bool >	extract (std::size_t number, Type_ *output)

Detailed Description

template<typename Type_, class Pointer_ = std::unique_ptr<Reader>>
class byteme::SerialBufferedReader< Type_, Pointer_ >

Serial buffering to wrap a Reader.

Template Parameters

Type_	Type of the output bytes, usually `char` for text or `unsigned char` for binary.
Pointer_	Pointer to a class that serves as a source of input bytes. The pointed-to class should satisfy the `Reader` interface; it may also be a concrete `Reader` subclass to enable devirtualization. Either a smart or raw pointer may be supplied depending on how the caller wants to manage the lifetime of the pointed-to object.

This is a subclass of BufferedReader that calls Reader::read() on the main thread.

Constructor & Destructor Documentation

template<typename Type_ , class Pointer_ = std::unique_ptr<Reader>>

byteme::SerialBufferedReader< Type_, Pointer_ >::SerialBufferedReader	(	Pointer_	reader,
		std::size_t	buffer_size )

inline

Parameters

reader	Pointer to a source of input bytes.
buffer_size	Size of the internal buffer in which to store bytes that have been read from `reader` but not yet used. Larger values reduce the number of reader calls at the cost of greater memory usage. Should be positive.

The documentation for this class was generated from the following file: